Venlo-Type Multi-Span Greenhouses: A Leading Solution for Modern Agriculture
The Venlo-type multi-span greenhouse has become one of the most widely used structural designs in hard-covering greenhouse systems worldwide. In China, it has emerged as the primary framework for glass and polycarbonate (PC) sheet greenhouses, demonstrating its extensive adoption in modern agricultural practices.
Structural Advantages
The main framework of a Venlo-type greenhouse consists of a triple-ridge hot-dip galvanized steel structure, ensuring excellent corrosion resistance and a service life of over 20 years. This robust design enhances durability while minimizing maintenance costs.
Versatile Covering Materials
The greenhouse can be covered with various materials, including:
- Polycarbonate (PC) hollow sheets – UV-resistant, anti-condensation, and impact-resistant.
- Double-layer float glass or tempered glass – Providing superior light transmission and insulation.
The choice of material can be customized based on regional climate conditions and specific project requirements, ensuring optimal performance in different environments.
Advanced Automation & Features
Venlo-type greenhouses support full automation and can be equipped with:
- Internal and external shading systems – Enhancing climate control and energy efficiency.
- Ventilation and cooling mechanisms – Maintaining ideal growing conditions.
- Smart monitoring and control systems – Enabling precise management of temperature, humidity, and irrigation.
Key Benefits
- High light transmission – Maximizes photosynthesis for improved crop yields.
- Excellent thermal insulation – Reduces energy consumption.
- Durability and cost-effectiveness – Long lifespan with low maintenance needs.
- Adaptability – Suitable for diverse crops and climatic conditions.
With its combination of structural strength, flexibility, and advanced technology, the Venlo-type multi-span greenhouse continues to be a preferred choice for commercial growers and agricultural innovators globally. Its ability to integrate automation and sustainable practices makes it a cornerstone of modern controlled-environment agriculture.